Live Streaming

A Revolution in Color Management: Prediction of Color Stability With color being a key criterion in the purchasing decision, color harmony and long-term color stability are a must. Long-term exposure to sunlight can fade a product’s color resulting in the decay of the fluorescent ingredients affecting the appearance of the product.

The outdoor durability of polymers is directly related to color fastness to light, which refers to a dyed polymer’s ability to resist fading when exposed to light. Many modern car interior parts are made with polymers, including lightweight seats, instrument panels, durable upholstery, sound control fabrics, the headliner, dash, and door panels. These parts are often manufactured in different locals and then assembled into one automobile. If over time, the customer’s vehicle interior does not match due to exposure, the customer satisfaction rating could plumet, causing the return of the vehicle. This is why the prediction of color stability is so important.

The combination of color, 60° gloss and fluorescence influence the entire color experience. The prediction of lightfastness, detection and quantification of fluorescence is the next step in the evolution of color measurement. The combination of a spectrophotometer and a fluorimeter in one instrument provides the technology to predict the degradation of fluorescence that affects color stability.

In this presentation we will cover:

• How to predict color stability with elimination of fluorescence over time;
• Different geometries used to measure color;
• Definition and principle of fluorescence;
• How to evaluate fluorescent energy;
• Explanation of stokes shift;
• Fluorescence indices ∆Fl and ∆Ezero;
• Quantitative examples of degradation of florescence over time and its effects on color harmony.

Comprehensive Stabilizer Systems for Water-Based Coatings Stabilizers, such as organic UV-absorbers (UVA), sterically hindered amines (HALS), and anti-oxidants (AO) find widespread use as coatings additives to prevent degradation during outdoor weathering and/or thermal exposure. In water-based (WB) coatings, many of the well-established non-polar stabilizers are difficult to incorporate due to insolubility and/or incompatibility with the aqueous coating or paint formulations. Getting a stable, uniform mixture, leading to homogeneous coating formulations upon storage and use without separation of stabilizers is critical. Several undesired phenomena such as sedimentation, and exudation may occur if the stabilizers are incompatible in WB coatings, leading to inadequate protection, or even detrimental coating performance.

A new emulsification technology was developed to make traditional stabilizers water dispersible. Optimized combination of several synergistic water-based UVA/HALS blends were designed to meet varying enduse performance expectations of different waterborne coating formulations. A water-based anti-oxidant was also developed to improve performance of water-based coatings under high thermal exposure.

A new waterborne non migrating light stabilizer system, containing a reactable non-basic HALS and a reactable photo permanent UV absorber was developed, for use in waterborne one component acrylic melamine coatings and waterborne two component acrylic/ polyisocyanate crosslinked coatings. This unique stabilizer system was designed to prevent migration issues in WB plastic coatings. It could also meet the high performance and durability requirements of water-based automotive and industrial coatings.

These new water-based light stabilizers and anti-oxidants thereby address the VOC and HAPS concerns, while maintaining the efficacy of conventional additives with the benefits of water miscibility, ease of incorporation and handling.

Deploying AI and DOE in Real-Time at the Bench AI and AI-driven DOE are finally being used in real-time at the bench by chemists and materials scientists, creating a dramatic leap forward from a productivity perspective. In this presentation you will be able to see and hear how you can:

• Explore your problem space holistically, while still creating the most efficient test plans possible.
• Leverage formulation recommendations with high predictive accuracy of technical and functional performance targets.
• Do all this without a statistics or data science degree. Once deployed, the business benefits of AI are tremendous. It is reducing product development timelines, increasing market responsiveness, and accelerating time to revenue. The presentation will conclude with two case studies, so you can see examples of actual problems and how they were addressed.

Optimizing the Air-Liquid Interface of Waterborne Coatings Interfacial interactions between air and coatings formulations can create manufacturing challenges and compromise the performance of the coating through surface defects. Interactions with the air can lead to the formation of flaws in the surface such as poor wetting, cracking, bubbles, craters, orange peel, fish eyes, blistering, voids, pinholes, or uneven coating layers. These defects reduce the quality of the coating application, cosmetically or more substantially, and can negatively impact the overall performance of the coating. This presentation will discuss air entrapment and its stabilization within coatings due to unfavorable air/liquid interactions during production and application.

Defoamers are essential tools in addressing foam-related issues at the air/liquid interface in coating formulations. Defoaming additives used to correct these issues by breaking down or preventing the formation of bubbles will be examined, along with potential repercussions of under or overuse. Achieving the right balance is crucial to maintaining the desired coating properties without introducing unintended side effects. Guidelines for selecting the appropriate chemistry, dosage, and point of addition will be reviewed with the goal of creating ideal defoaming for production, storage, application, and film formation without creating surface defects. Finally, current compliance challenges for defoamers in different coating markets will be discussed along with green formulation strategies and additives that meet these challenges, some with substantial bio-based renewable content or other sustainability benefits.

Panel Discussion: Navigating ‘Materials of Concern’ in the Coatings Industry In recent years, PFAS and other chemicals of concern have come under heightened scrutiny by regulatory agencies in the United States and Europe, leading to increased restrictions, expected bans, and a push to develop replacement products. Join us as industry experts from across the coatings value chain collaborate to discuss the debate surrounding these materials, how the restrictions are affecting their business, what innovative replacement products are under development, and what the future holds for some of these highly irreplaceable chemicals.

Traceability Next Steps—Supply Chain Implementation Join us for this engaging and highly practical workshop focused on building and sustaining traceability efforts across the food supply chain. Building on the success of the 2024 Food Safety Summit Traceability session, this year's discussion will take participants deeper into the how to of traceability, answering the critical question: If I only have six months, what do I need to do?

This interactive session will feature:

• How to develop and sustain a traceability plan: Participate in hands-on exercises designed to help you build or refine a practical, sustainable traceability plan for your organization.
• Diverse perspectives across the supply chain: A dynamic panel discussion, including representatives from key supply chain stakeholders, ensures that every point in the chain is addressed.
• Implementation perspectives: Learn how firms are approaching traceability system implementation, including key learnings, continuous improvement opportunities, and sustained success.
• Insights on the Food Traceability List update and timeline: Understand FDA's approach to updating the Food Traceability List every five years and gain insights into potential changes.

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Effective Sanitation Basics The first step toward food safety is starting with a clean plant. Effective sanitation and monitoring ensure hygienic conditions, and consistent implementation and oversight are fundamental to ensuring food-safe operations. This dynamic workshop will help participants understand the sanitation process, effective monitoring, use of data streams, and root cause analysis basics.

Learning objectives:

• Discuss how to build and maintain and effective sanitation process for routine wet cleaning
• Learn about non-routine cleaning and validation frequency
• Walk through an investigation and root cause analysis to understand complexity and solutions

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Leveraging AI for a Safer Today and Tomorrow AI is here and is expected to be a valuable tool for food safety leaders. This session will highlight some of the early and visible benefits of using AI for data-informed decision making. AI's potential ranges from use in on-farm agricultural and retail programs to further strengthening FSMS and cultural behaviors. Attendees will learn from the experts on how AI is making the food system safer.

Learning objectives:

• Learn how AI can be leveraged with risk assessment
• Understand how AI can be used to make data-informed decisions
• Learn how AI is making produce safer

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Proven Practices for Allergen Management This session tackles the importance and impact of allergen management in product development, production, and labeling. Attendees will gain a deeper understanding of selecting raw materials, cleaning validation, and labeling controls.


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Alarm Fatigue: How to Ensure Out-of-Compliance Alarms Serve Their Purpose and Ensure Food Safety This session will delve into the challenges of setting effective alarms for out-of-compliance hot and cold holding temperatures in food safety management. Speakers will explore the concept of alarm fatigue, where frequent alerts can lead to desensitization among staff, potentially compromising food safety. Additionally, they will discuss how pathogen growth models can inform alarm thresholds, highlighting the risks associated with temperature deviations. Participants will explore best practices for alarm settings, including appropriate thresholds and response protocols, to ensure that alarms serve their intended purpose without overwhelming the team.

Learning objectives:

• Understand the impact of alarm fatigue on staff response and food safety outcomes
• Identify best practices for setting alarms that are both effective and manageable
• Develop a framework for integrating technology and human oversight in food safety protocols

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Town Hall: A Candid Dialogue on the Future of Food Safety The 13th Annual Town Hall at the Food Safety Summit brings together top food safety leaders for an open and dynamic conversation about the most pressing challenges and opportunities in food safety today. Join an esteemed panel of federal, industry, and public health experts as they address the evolving landscape of food safety policy, regulation, and innovation.

This engaging session will provide participants with the opportunity to:

• Gain insights into the latest regulatory updates and initiatives 
• Understand how agencies are working to improve food safety oversight and public health outcomes in a rapidly changing environment
• Explore cross-agency collaboration and its impact on industry stakeholders
• Ask questions and engage in a lively dialogue with food safety leaders about the challenges and opportunities facing the industry

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Building Tomorrow: AI Is Revolutionizing Construction Across the Globe Brought to you from ENR's 2024 FutureTech conference, this panel includes a mix of construction, data and AI experts who will not only speak about the construction industry, but also other industries using innovative technology across their data-driven journeys into the future as well.

In this webinar, our speakers will delve into the symbiotic relationship between Artificial Intelligence and the construction industry, debunking fears and unveiling the potential for collaboration as they explore real-world applications and futuristic considerations surrounding the integration of AI into construction. It's time to shift the perspective from viewing AI as a threat, to understanding it as an ally, leading the construction sector into a new era of development and global progress.

2024 Global Best Projects Awards The 2024 Global Best Projects Awards celebrate the most innovative and impactful construction projects worldwide, emphasizing resilience and ingenuity in overcoming complex challenges. Attendees can expect to learn from top industry professionals about the rewards and risks of international construction and gain insights into cutting-edge projects.

This event spotlights excellence in design and construction, providing a platform for knowledge exchange and global recognition. Join us virtually to honor our recognized projects, and learn which will be named Project of the Year!

Step Up, Step Out: Amplify Your Voices for Change Join us for an impactful webinar brought to you by ENR's 2024 Groundbreaking Women in Construction Conference. This webinar will feature accomplished women leaders who have successfully amplified their voices in the construction industry.

Attendees will gain insights on how women can engage within their organizations to be recognized as vital contributors to the mission. The discussion will cover building support for crucial industry initiatives, securing funding and legislation that benefits construction, and advocating for key issues within industry associations.
  
Learn from women who have elevated their impact and can demonstrate that now is the time for their voices to be heard and for the industry to respond!

Key topics include:
 

• Strategies for internal advocacy and recognition.
• Building support for industry-benefiting legislation and funding.
• Advocating for alliances and collaboration within industry groups.

Breaking Barriers: Tools to Navigate Career Advancement in Construction In this webinar, brought to you from ENR's 2024 Groundbreaking Women in Construction Conference, DEI leaders will discuss proven, tactical solutions to overcome barriers in pursuing careers in construction. From finding a support system to navigating career advancement through workplace culture obstacles that can hinder success, panelists will provide strategies to drive action by individuals and organizations.

We'll address key transitions employees must make to be successful at the next level—highlighting necessary shifts in how to add workplace value and how mindsets must change to insure results at higher levels of responsibility.

Membrane-Driven Sustainability Opportunities for Dairy In our presentation, we aim to focus on specific areas within various dairy processes where opportunities exist to mitigate and reduce consumption of key resources. We will delve into membrane technologies that can be effectively employed for materials re-use, documentation of water reduction strategies, and even potential marketability of these strategies. Additionally, we will explore sustainable solutions for managing spent or surplus materials that cannot feasibly be recovered or reconditioned by membrane processes, with an eye toward minimizing environmental impact. Our presentation will thoroughly examine the delicate balance between economic considerations and environmental sustainability, both of which are topics of paramount importance to the dairy industry.

Improved Nanofiltration Membrane Chemistry to Reduce Replacement Rates in Dairy Separation and demineralization of whey protein and lactose requires a nanofiltration membrane that has an appropriate molecular weight cutoff to reject organic molecules yet is open enough to allow significant transport of monovalent salts. Today, fouling stands out as a primary challenge for nanofiltration membranes in dairy processes. The new generation of nanofiltration elements, designed with improved membrane chemistry, help endure the stress caused by the demanding conditions of daily cleaning.

Accelerated Cleaning Protocols, Monitoring, and Sustainability for Dairy and Nondairy Products In today’s world of ever-increasing sustainability goals, suppliers and their customers are continuously working together to implement hygiene programs that will contribute to water, water treatment and energy savings while reducing turnaround time to allow for increased production or maintenance needs. This session will discuss accelerated cleaning protocols, innovative monitoring tools, and precision volume-based dosing and their impact on your ability to improve the effectiveness and efficiency of your membrane systems in the development of dairy foods and beverages, as well as high-protein, nondairy products.

Developing Scalable Membrane Filtration Solutions Development of a membrane filtration application relies on a number of a process and product optimizations which are necessary steps incorporated during the feasibility and scale-up studies. From considerations of the suitable membrane configuration and chemistry to adequate pretreatments, to understanding of the product characteristics and down to the selection of proper mechanical and physicochemical parameters, each of these plays an important role in improving the efficiency of the process and enhancing product quality. Our focus, through this presentation, is to highlight novel and important design and developments that improve the performance of membrane separation processes across a diverse spectrum of food and dairy applications.

Connecting Metrology Data to Enable Global Quality Processes In an era of unpredictable supply chains and complex global operations, manufacturing faces significant challenges. Leveraging metrology data can transform how organizations manage quality processes by integrating inspection management, real-time monitoring, and raw machine data into a "single source of truth." This approach empowers manufacturers to adapt swiftly and optimize quality assurance. By breaking down silos, it fosters enhanced collaboration, transparency, and trust among teams. Leveraging data diversity and intelligence elevates agility and competitiveness, ultimately shaping the future of manufacturing.

Learning Objectives:

• Explore how unpredictable supply chains impact manufacturing operations and the importance of integrating metrology data for improved quality management.
• Understand the concept of a "single source of truth" and how consolidating inspection, monitoring, and machine data enhances decision-making and quality control.
• Learn how data integration fosters collaboration, transparency, and trust among teams, leading to better organizational agility.
• Recognize how leveraging diverse data intelligence can enhance manufacturing competitiveness and enable faster adaptation to challenges.

Optimizing Quality Inspections: Steps to Smarter Planning & Execution In this session, presented by Will Biglin, Senior Solutions Engineer at Deltek, learn how to enhance quality inspections through smarter planning and automation. Find out how advanced data collection and inspection templating can streamline processes, improve accuracy, and boost efficiency. Discover how Characteristic Management leverages automation to simplify the creation and execution of Source, Receiving, First Article, and In-Process Inspections. Plus, explore the power of OCR technology in developing effective quality inspection plans. Don't miss this opportunity to elevate your quality inspection strategies.

In this session, you will:

• Understand the role of smarter planning and automation in enhancing quality inspections.
• Learn how advanced data collection and inspection templating can streamline processes and improve accuracy.
• Explore the benefits of Characteristic Management and automation in simplifying Source, Receiving, First Article, and In-Process Inspections.
• Gain insights into how OCR technology can be leveraged to develop effective quality inspection plans.

The Ecosystem Has Spoken – Silo Yourself at Your Own Risk Quality Management impacts a broad set of people and operations in an organization. At the same time, organizations rely on a significant set of systems to design, manufacture and deliver products and services to customers. From workers on the shop floor to the corporate suite, quality is top of mind.

How do the different systems in an organization interact? How do you avoid being siloed, with different teams having different views of the same information? How can a quality problem in one factory be used to ensure future problems don’t occur, regardless of the location?

An electronic Quality Management System (eQMS) stretches across an organization and can act as a hub, providing a single source of truth, ensuring everyone has consistent, accurate data enabling better decisions. This applies to each person doing their own tasks as well as at different locations, where you need to think globally, but act locally. And underlying this activity is data – from employees, production equipment and more, combining and analyzing quality data cannot only solve existing quality issues, but can prevent future problems from occurring in the first place.

This presentation will cover how an eQMS can:

• Coordinate and harmonize systems and information across an organization
• Eliminate silos
• Drive quality
• Enable continuous improvement